Table of Contents

• Coalition formation with uncertain heterogeneous informationSarit Kraus, Onn Shehory, Gilad Taase. 1-8 [doi]
• Fuzzy kernel-stable coalitions between rational agentsBastian Blankenburg, Matthias Klusch, Onn Shehory. 9-16 [doi]
• Coalition formation through motivation and trustNathan Griffiths, Michael Luck. 17-24 [doi]
• Coalition formation in proportionally fair divisible auctionsRajiv T. Maheswaran, Tamer Basar. 25-32 [doi]
• Searching for an alternative planAriel Felner, Alex Pomeransky, Jeffrey S. Rosenschein. 33-40 [doi]
• Transition-independent decentralized markov decision processesRaphen Becker, Shlomo Zilberstein, Victor R. Lesser, Claudia V. Goldman. 41-48 [doi]
• Limiting disruption in multiagent replanningThomas Bartold, Edmund H. Durfee. 49-56 [doi]
• Continual coordination through shared activitiesBradley J. Clement, Anthony C. Barrett. 57-64 [doi]
• Searching social networksBin Yu, Munindar P. Singh. 65-72 [doi]
• Detecting deception in reputation managementBin Yu, Munindar P. Singh. 73-80 [doi]
• A system of exchange values to support social interactions in artificial societiesMaíra Ribeiro Rodrigues, Antônio Carlos da Rocha Costa, Rafael H. Bordini. 81-88 [doi]
• Trust in information sources as a source for trust: a fuzzy approachCristiano Castelfranchi, Rino Falcone, Giovanni Pezzulo. 89-96 [doi]
• Programming agent deliberation: an approach illustrated using the 3APL languageMehdi Dastani, Frank S. de Boer, Frank Dignum, John-Jules Ch. Meyer. 97-104 [doi]
• Capturing agent autonomy in roles and XMLGerhard Weiß, Michael Rovatsos, Matthias Nickles. 105-112 [doi]
• Customizing AOSE methodologies by reusing AOSE featuresThomas Juan, Leon Sterling, Maurizio Martelli, Viviana Mascardi. 113-120 [doi]
• Single-model method for specifying multi-agent systemsArnon Sturm, Dov Dori, Onn Shehory. 121-128 [doi]
• Optimal agendas for multi-issue negotiationS. Shaheen Fatima, Michael Wooldridge, Nicholas R. Jennings. 129-136 [doi]
• Optimizing information exchange in cooperative multi-agent systemsClaudia V. Goldman, Shlomo Zilberstein. 137-144 [doi]
• Resource allocation games with changing resource capacitiesAram Galstyan, Shashikiran Kolar, Kristina Lerman. 145-152 [doi]
• Towards a pareto-optimal solution in general-sum gamesSandip Sen, Stéphane Airiau, Rajatish Mukherjee. 153-160 [doi]
• An asynchronous complete method for distributed constraint optimizationPragnesh Jay Modi, Wei-Min Shen, Milind Tambe, Makoto Yokoo. 161-168 [doi]
• Multiagent diffusion and distributed optimizationKwok Ching Tsui, Jiming Liu. 169-176 [doi]
• On optimal outcomes of negotiations over resourcesUlrich Endriss, Nicolas Maudet, Fariba Sadri, Francesca Toni. 177-184 [doi]
• An analysis and application of distributed constraint satisfaction and optimization algorithms in sensor networksWeixiong Zhang, Zhao Xing, Guandong Wang, Lars Wittenburg. 185-192 [doi]
• Concurrent layered learningShimon Whiteson, Peter Stone. 193-200 [doi]
• Concurrent dynamic epistemic logic for MASHans P. van Ditmarsch, Wiebe van der Hoek, Barteld P. Kooi. 201-208 [doi]
• Verifying epistemic properties of multi-agent systems via bounded model checkingWojciech Penczek, Alessio Lomuscio. 209-216 [doi]
• First order heterogeneous agent computationsBogdan Stroe, V. S. Subrahmanian. 217-224 [doi]
• Automated derivation of behavior vocabularies for autonomous humanoid motionOdest Chadwicke Jenkins, Maja J. Mataric. 225-232 [doi]
• Locating moving entities in indoor environments with teams of mobile robotsMatthew Rosencrantz, Geoffrey J. Gordon, Sebastian Thrun. 233-240 [doi]
• Natural methods for robot task learning: instructive demonstrations, generalization and practiceMonica N. Nicolescu, Maja J. Mataric. 241-248 [doi]
• Self-organising impact boundaries in ageless aerospace vehiclesHoward Lovatt, Geoff Poulton, Don Price, Mikhail Prokopenko, Philip Valencia, Peter Wang. 249-256 [doi]
• Trade of a problem-solving taskShigeo Matsubara. 257-264 [doi]
• A language for modeling agents decision making processes in gamesYa akov Gal, Avi Pfeffer. 265-272 [doi]
• Miscomputing ratio: social cost of selfish computingKate Larson, Tuomas Sandholm. 273-280 [doi]
• Discovering and exploiting synergy between hierarchical planning agentsJeffrey S. Cox, Edmund H. Durfee. 281-288 [doi]
• Helping based on future expectationsSabyasachi Saha, Sandip Sen, Partha Sarathi Dutta. 289-296 [doi]
• Performance models for large scale multiagent systems: using distributed POMDP building blocksHyuckchul Jung, Milind Tambe. 297-304 [doi]
• Emotional advantage for adaptability and autonomyEugenio Oliveira, Luís Sarmento. 305-312 [doi]
• Modeling coping behavior in virtual humans: don t worry, be happyStacy Marsella, Jonathan Gratch. 313-320 [doi]
• Behaviors that emerge from emotion and cognition: implementation and evaluation of a symbolic-connectionist architectureAmy E. Henninger, Randolph M. Jones, Eric Chown. 321-328 [doi]
• A false-name-proof double auction protocol for arbitrary evaluation valuesYuko Sakurai, Makoto Yokoo. 329-336 [doi]
• False-name-proof multi-unit auction protocol utilizing greedy allocation based on approximate evaluation valuesKenji Terada, Makoto Yokoo. 337-344 [doi]
• Scheduling tasks with precedence constraints to solicit desirable bid combinationsAlexander Babanov, John Collins, Maria L. Gini. 345-352 [doi]
• Risk-averse auction agentsYaxin Liu, Richard Goodwin, Sven Koenig. 353-360 [doi]
• Social navigation: modeling, simulation, and experimentationMark O. Riedl, Robert St. Amant. 361-368 [doi]
• Scenario description for multi-agent simulationYohei Murakami, Toru Ishida, Tomoyuki Kawasoe, Reiko Hishiyama. 369-376 [doi]
• Selection of information types based on personal utility: a testbed for traffic information marketsFranziska Klügl, Ana L. C. Bazzan, Joachim Wahle. 377-384 [doi]
• A multi-agent system for the quantitative simulation of biological networksSalim Khan, Ravi Makkena, Foster McGeary, Keith S. Decker, William Gillis, Carl Schmidt. 385-392 [doi]
• Agent programming in dribble: from beliefs to goals using plansBirna van Riemsdijk, Wiebe van der Hoek, John-Jules Ch. Meyer. 393-400 [doi]
• Detecting & exploiting positive goal interaction in intelligent agentsJohn Thangarajah, Lin Padgham, Michael Winikoff. 401-408 [doi]
• Model checking agentspeakRafael H. Bordini, Michael Fisher, Carmen Pardavila, Michael Wooldridge. 409-416 [doi]
• Rational action in agent programs with prioritized goalsSebastian Sardiña, Steven Shapiro. 417-424 [doi]
• LOTTO: group formation by overhearing in large teamsFrançois Legras, Catherine Tessier. 425-432 [doi]
• A prototype infrastructure for distributed robot-agent-person teamsPaul Scerri, David V. Pynadath, W. Lewis Johnson, Paul S. Rosenbloom, Mei Si, Nathan Schurr, Milind Tambe. 433-440 [doi]
• Negotiation over tasks in hybrid human-agent teams for simulation-based trainingDavid R. Traum, Jeff Rickel, Jonathan Gratch, Stacy Marsella. 441-448 [doi]
• MONAD: a flexible architecture for multi-agent controlThuc Vu, Jared Go, Gal A. Kaminka, Manuela M. Veloso, Brett Browning. 449-456 [doi]
• Bidders strategy for multi-attribute sequential english auction with a deadlineEsther David, Rina Azoulay-Schwartz, Sarit Kraus. 457-464 [doi]
• Walverine: a Walrasian trading agentShih-Fen Cheng, Evan Leung, Kevin M. Lochner, Kevin O Malley, Daniel M. Reeves, L. Julian Schvartzman, Michael P. Wellman. 465-472 [doi]
• A principled study of the design tradeoffs for autonomous trading agentsIoannis A. Vetsikas, Bart Selman. 473-480 [doi]
• Towards a combinatorial auction protocol among experts and amateurs: the case of single-skilled expertsTakayuki Ito, Makoto Yokoo, Shigeo Matsubara. 481-488 [doi]
• Role-assignment in open agent societiesMehdi Dastani, Virginia Dignum, Frank Dignum. 489-496 [doi]
• Evolving social rationality for MAS using tags David Hales, Bruce Edmonds. 497-503 [doi]
• Learning to form dynamic committeesSantiago Ontañón, Enric Plaza. 504-511 [doi]
• Rich service description for a ::::smarter lifestyle::::Patricia Charlton, Myriam Ribière. 512-519 [doi]
• Defining interaction protocols using a commitment-based agent communication languageNicoletta Fornara, Marco Colombetti. 520-527 [doi]
• A logical model of social commitment for agent communicationMario Verdicchio, Marco Colombetti. 528-535 [doi]
• Interaction is meaning: a new model for communication in open systemsMichael Rovatsos, Matthias Nickles, Gerhard Weiß. 536-543 [doi]
• The cognitive coherence approach for agent communication pragmaticsPhilippe Pasquier, Brahim Chaib-draa. 544-551 [doi]
• Role allocation and reallocation in multiagent teams: towards a practical analysisRanjit Nair, Milind Tambe, Stacy Marsella. 552-559 [doi]
• Multiagent planning for agents with internal execution resource constraintsHaksun Li, Edmund H. Durfee, Kang G. Shin. 560-567 [doi]
• Cooperative negotiation in a multi-agent system for real-time load balancing of a mobile cellular networkJohn Bigham, Lin Du. 568-575 [doi]
• Cooperative negotiation for soft real-time distributed resource allocationRoger Mailler, Victor R. Lesser, Bryan Horling. 576-583 [doi]
• A multiagent approach for musical interactive systemsRodolfo Daniel Wulfhorst, Lauro Nakayama, Rosa Maria Vicari. 584-591 [doi]
• Emergent properties of referral systemsPinar Yolum, Munindar P. Singh. 592-599 [doi]
• Recommender systems: a market-based designYan Zheng Wei, Luc Moreau, Nicholas R. Jennings. 600-607 [doi]
• Optimal utterances in dialogue protocolsPaul E. Dunne, Peter McBurney. 608-615 [doi]
• On the outcomes of formal inter-agent dialoguesSimon Parsons, Michael Wooldridge, Leila Amgoud. 616-623 [doi]
• Posit spaces: a performative model of e-commercePeter McBurney, Simon Parsons. 624-631 [doi]
• A lightweight ontology repositoryJin Pan, Stephen Cranefield, Daniel Carter. 632-638 [doi]
• O3F: an object oriented ontology frameworkLuís Mota, Luís Miguel Botelho, Hugo Mendes, António Lopes. 639-646 [doi]
• Local consensus ontologies for B2B-oriented service compositionAndrew B. Williams, Anand Padmanabhan, M. Brian Blake. 647-654 [doi]
• A protocol for multi-agent diagnosis with spatially distributed knowledgeNico Roos, Annette ten Teije, Cees Witteveen. 655-661 [doi]
• Ensuring consistency in the joint beliefs of interacting agentsShamimabi Paurobally, Jim Cunningham, Nicholas R. Jennings. 662-669 [doi]
• Multi-Agent coordination based on tokens: reduction of the bullwhip effect in a forest supply chainThierry Moyaux, Brahim Chaib-draa, Sophie D Amours. 670-677 [doi]
• Minimizing communication cost in a distributed Bayesian network using a decentralized MDPJiaying Shen, Victor R. Lesser, Norman Carver. 678-685 [doi]
• Adaptive policy gradient in multiagent learningBikramjit Banerjee, Jing Peng. 686-692 [doi]
• A selection-mutation model for q-learning in multi-agent systemsKarl Tuyls, Katja Verbeeck, Tom Lenaerts. 693-700 [doi]
• Multi-agent learning in extensive games with complete informationPu Huang, Katia P. Sycara. 701-708 [doi]
• Coordination in multiagent reinforcement learning: a Bayesian approachGeorgios Chalkiadakis, Craig Boutilier. 709-716 [doi]
• Can software agents influence human relations?: balance theory in agent-mediated communitiesHideyuki Nakanishi, Satoshi Nakazawa, Toru Ishida, Katsuya Takanashi, Katherine Isbister. 717-724 [doi]
• Authoring scenes for adaptive, interactive performancesPatrick Gebhard, Michael Kipp, Martin Klesen, Thomas Rist. 725-732 [doi]
• Introducing human-like hearing perception in intelligent virtual agentsPilar Herrero, Angélica de Antonio. 733-740 [doi]
• Managing interaction between users and agents in a multi-agent storytelling environmentMark O. Riedl, C. J. Saretto, R. Michael Young. 741-748 [doi]
• Commitments and causality for multiagent designFeng Wan, Munindar P. Singh. 749-756 [doi]
• A key-based coordination algorithm for dynamic readiness and repair service coordinationThomas Wagner, Valerie Guralnik, John Phelps. 757-764 [doi]
• Distribution of goals addressed to a group of agentsLaurence Cholvy, Christophe Garion. 765-772 [doi]
• Towards interest-based negotiationIyad Rahwan, Liz Sonenberg, Frank Dignum. 773-780 [doi]
• Resource-aware exploration of the emergent dynamics of simulated systemsSven Brueckner, H. Van Dyke Parunak. 781-788 [doi]
• A method for decentralized clustering in large multi-agent systemsElth Ogston, Benno J. Overeinder, Maarten van Steen, Frances M. T. Brazier. 789-796 [doi]
• Agent memory and adaptation in multi-agent systemsKristina Lerman, Aram Galstyan. 797-803 [doi]
• Macroscopic model of agent-based load balancing on gridsYuanshi Wang, Jiming Liu. 804-811 [doi]
• Using web helper agent profiles in query generationGabriel Somlo, Adele E. Howe. 812-818 [doi]
• Enabling conversations with web servicesLiliana Ardissono, Anna Goy, Giovanna Petrone. 819-826 [doi]
• Towards practical reasoning agents for the semantic webIan Dickinson, Michael Wooldridge. 827-834 [doi]
• Representation and reasoning for DAML-based policy and domain services in KAoS and nomadsJeffrey M. Bradshaw, Andrzej Uszok, Renia Jeffers, Niranjan Suri, Patrick J. Hayes, Mark H. Burstein, Alessandro Acquisti, Brett Benyo, Maggie R. Breedy, Marco M. Carvalho, David J. Diller, Matt Johnson, Shriniwas Kulkarni, James Lott, Maarten Sierhuis, Ron van Hoof. 835-842 [doi]
• Tools and techniques for performance measurement of large distributed multiagent systemsAaron Helsinger, Richard Lazarus, William Wright, John A. Zinky. 843-850 [doi]
• A configurable mobile agent data protection protocolPaolo Maggi, Riccardo Sisto. 851-858 [doi]
• Modelling secure multiagent systemsHaralambos Mouratidis, Paolo Giorgini, Gordon A. Manson. 859-866 [doi]
• Self-organization through bottom-up coalition formationMark Sims, Claudia V. Goldman, Victor R. Lesser. 867-874 [doi]
• Automatic generation of an agent s basic behaviorsOlivier Buffet, Alain Dutech, François Charpillet. 875-882 [doi]
• Argumentation based decision making for autonomous agentsAntonis C. Kakas, Pavlos Moraitis. 883-890 [doi]
• Engineering commitment-based multiagent systems: a temporal logic approachJie Xing, Munindar P. Singh. 891-898 [doi]
• Distributing the control of a temporal network among multiple agentsLuke Hunsberger. 899-906 [doi]
• Distributed enactment of multiagent workflows: temporal logic for web service compositionMunindar P. Singh. 907-914 [doi]
• Team formation and communication restrictions in collectivesAdrian K. Agogino, Kagan Tumer. 916-917 [doi]
• On two families of paradigms of group-solvabilityAlessandro Agostini. 918-919 [doi]
• Character animation scripting languages: a comparisonYasmine Arafa, Kaveh Kamyab, E. H. Mamdani. 920-921 [doi]
• Coalition formation with non-transferable payoff for group buyingFrederick Asselin, Brahim Chaib-draa. 922-923 [doi]
• Don t move: the T-Rex effect in the predator-prey worldTodd M. Bacastow, Brian R. Cook, Kam-Chuen Jim, C. Lee Giles. 924-925 [doi]
• Matchmaking of web services based on the DAML-S service modelSharad Bansal, José M. Vidal. 926-927 [doi]
• The impact of three pedagogical agent rolesAmy L. Baylor. 928-929 [doi]
• Agent-oriented software engineering: a comparison of agent and non-agent version of a cluster serverAndraz Bezek, Matjaz Gams. 930-931 [doi]
• Deploying an agent-based architecture for the management of community careMartin D. Beer, Richard Hill, Andrew Sixsmith. 932-933 [doi]
• Operational semantics for agents: the grey-box modeling approachFederico Bergenti, Giovanni Rimassa, Mirko Viroli. 934-935 [doi]
• Modifying agent systems for an open, dynamic agent environmentAdam L. Berger, Robert R. Kessler. 936-937 [doi]
• Dialogue games for ontological commitmentRobbert-Jan Beun, Rogier M. van Eijk. 938-939 [doi]
• A direct-indirect reward sharing model in multiagent reinforcement learningYoshinobu Bochi, Tadachika Ozono, Toramatsu Shintani. 940-941 [doi]
• Attributing mental attitudes to normative systemsGuido Boella, Leendert W. N. van der Torre. 942-943 [doi]
• Introducing an agent of a certain persuasionJay Bradley, Gillian Hayes. 944-945 [doi]
• Leveraging agent properties to assure survivability of distributed multi-agent systemsMarshall Brinn, Mark Greaves. 946-947 [doi]
• ÜberSim: a multi-robot simulator for robot soccerBrett Browning, Erick Tryzelaar. 948-949 [doi]
• Information-driven phase changes in multi-agent coordinationSven Brueckner, H. Van Dyke Parunak. 950-951 [doi]
• Air traffic controller agentsTodd J. Callantine. 952-953 [doi]
• A case study on social network in a computer gameYang Cao, Golha Sharifi, Yamini Upadrashta, Julita Vassileva. 954-955 [doi]
• Analyzing the efficiency of strategies for MAS-based sensor interpretation and diagnosisNorman Carver, Ruj Akavipat. 956-957 [doi]
• A graphical environment for ontology developmentLuigi Ceccaroni, Elisa F. Kendall. 958-959 [doi]
• Multi-agent coordination: a fuzzy logic based approachGang Chen, Zhonghua Yang, Hao He, Kiah Mok Goh. 960-961 [doi]
• Deriving individual obligations from collective obligationsLaurence Cholvy, Christophe Garion. 962-963 [doi]
• Go! for multi-threaded deliberative agentsKeith L. Clark, Francis G. McCabe. 964-965 [doi]
• An evolving multi agent system for meteorological alertsSandy Dance, Malcolm Gorman, Lin Padgham, Michael Winikoff. 966-967 [doi]
• Dynamic information retrieval optimization using mobile agentsSubrata Kumar Das, Kurt Shuster, Curt Wu. 968-969 [doi]
• Delegating responsibility in a multiagent process management systemJohn K. Debenham. 970-971 [doi]
• SLuHrG: a scenario language to partially constrain autonomous agents activityFrédéric Devillers, Stéphane Donikian. 972-973 [doi]
• Constructing optimal policies for agents with constrained architecturesDmitri A. Dolgov, Edmund H. Durfee. 974-975 [doi]
• Cartographic generalisation using cooperative agentsCécile Duchêne, Christophe Cambier. 976-977 [doi]
• Stabilization of cooperative information agents in unpredictable environment: a logic programming approachPhan Minh Dung, Do Duc Hanh, Phan Minh Thang. 978-979 [doi]
• A multiagent-system for integrating a large-scale projectCarlos Eisenberg, Boi Faltings, Lars Leistam. 980-981 [doi]
• Aspects of protocol conformance in inter-agent dialogueUlrich Endriss, Nicolas Maudet, Fariba Sadri, Francesca Toni. 982-983 [doi]
• A standards-based agent framework for instantiating adaptive agentsRiza Cenk Erdur, Oguz Dikenelli. 984-985 [doi]
• Incentive compatible open constraint optimizationBoi Faltings, Santiago Macho-Gonzalez. 986-987 [doi]
• Reasoning about the dynamics of social behaviourMaria Fasli. 988-989 [doi]
• Using dynamic proxy agent replicate groups to improve fault-tolerance in multi-agent systemsAlan Fedoruk, Ralph Deters. 990-991 [doi]
• An information-theoretic approach for argument interpretation in a conversational settingSarah George, Ingrid Zukerman, Mark George. 992-993 [doi]
• Forming dynamic coalitions of rational agents by use of the DCF-S schemeAndreas Gerber, Matthias Klusch. 994-995 [doi]
• Task allocation using a distributed market-based planning mechanismDani Goldberg, Vincent A. Cicirello, M. Bernardine Dias, Reid G. Simmons, Stephen F. Smith, Anthony Stentz. 996-997 [doi]
• A goal processing architecture for game agentsElizabeth Gordon, Brian Logan. 998-999 [doi]
• Multi-agent simulation of firms and organizational formsZahia Guessoum, Lilia Rejeb, Rodolphe Durand. 1000-1001 [doi]
• Decision-theoretic active sensing for autonomous agentsAnyuan Guo. 1002-1003 [doi]
• Elicitation of user preferences for multi-attribute negotiationYutao Guo, Jörg P. Müller, Christof Weinhardt. 1004-1005 [doi]
• Interoperability for mobile agents by incarnation agentsTetsuo Hasegawa, Kenta Cho, Fumihiro Kumeno, Shin Nakajima, Akihiko Ohsuga, Shinichi Honiden. 1006-1007 [doi]
• Applying a combinatorial auction protocol to a coalition formation among agents in complex problemsHiromitsu Hattori, Tadachika Ozono, Toramatsu Shintani. 1008-1009 [doi]
• A decommitment strategy in a competitive multi-agent transportation settingPieter Jan t Hoen, Johannes A. La Poutré. 1010-1011 [doi]
• An agent-based architecture for distributed interfaces and timed media in a storytelling applicationJun Hu, Loe M. G. Feijs. 1012-1013 [doi]
• Generalizing preference elicitation in combinatorial auctionsBenoît Hudson, Tuomas Sandholm. 1014-1015 [doi]
• Model checking for ACL compliance verificationMarc-Philippe Huget, Michael Wooldridge. 1016-1017 [doi]
• Robust software via agent-based redundancyMichael N. Huhns, Vance T. Holderfield, Rosa Laura Zavala Gutierrez. 1018-1019 [doi]
• Agent network topology and complexityXiaolong Jin, Jiming Liu. 1020-1021 [doi]
• Design principles for heavy intelligent agentsRandolph M. Jones, Robert E. Wray III. 1022-1023 [doi]
• A meta-model for intelligent adaptive multi-agent systems in open environmentsThomas Juan, Leon Sterling. 1024-1025 [doi]
• An incentive compatible reputation mechanismRadu Jurca, Boi Faltings. 1026-1027 [doi]
• Agent teaching agent frameworkParijat Prosun Kar, Sandip Sen. 1028-1029 [doi]
• An evolutionary framework for studying behaviors of economic agentsWolfgang Ketter, Alexander Babanov, Maria L. Gini. 1030-1031 [doi]
• An initial evaluation of multiple animated information agents using the Wizard of Oz methodYasuhiko Kitamura, Hideki Tsujimoto. 1032-1033 [doi]
• Issues of agent-based distributed data miningMatthias Klusch, Stefano Lodi, Gianluca Moro. 1034-1035 [doi]
• Inter-organizational networks as patterns for self-organizing multiagent systemsTore Knabe, Michael Schillo, Klaus Fischer. 1036-1037 [doi]
• Norm adoption in the NoA agent architectureMartin J. Kollingbaum, Timothy J. Norman. 1038-1039 [doi]
• Implementing responsibility for states and eventsMartin J. Kollingbaum, Timothy J. Norman, Chris Reed. 1040-1041 [doi]
• Simple but efficient collaboration in a complex competitive situationSatoshi Kurihara, Kensuke Fukuda, Toshio Hirotsu, Osamu Akashi, Shin-ya Sato, Toshiharu Sugawara. 1042-1043 [doi]
• Rational communication in multi-agent semi-competitive environmentsKa-man Lam, Ho-Fung Leung. 1044-1045 [doi]
• Discovery of infrastructure in multi-agent systemsBrent K. Langley, Massimo Paolucci, Katia P. Sycara. 1046-1047 [doi]
• A self organizing social insect model for dynamic frequency allocation in cellular telephone networksMichael Lawlor, Tony White. 1048-1049 [doi]
• Resource allocation for a limited real-time agentHaksun Li, Ella M. Atkins, Edmund H. Durfee, Kang G. Shin. 1050-1051 [doi]
• A formal compositional model of multiagent interactionSea Ling, Seng Wai Loke. 1052-1053 [doi]
• Towards model checking interpreted systemsAlessio Lomuscio, Franco Raimondi, Marek J. Sergot. 1054-1055 [doi]
• Action selection in continuous state and action spaces by cooperation and competition of extended kohonen mapsKian Hsiang Low, Wee Kheng Leow, Marcelo H. Ang. 1056-1057 [doi]
• Addressing the complexity of patient monitoring with multiagents and modular logicSusan L. Mabry, Timothy Etters, Troy Schneringer, Naomi Edwards, Caleb R. Hug. 1058-1059 [doi]
• Distributed coordination based on temporal planning for tactical aircraft simulationFrédéric Marc, Amal El Fallah-Seghrouchni, Irene Degirmenciyan-Cartault. 1060-1061 [doi]
• An environment for distributed collaboration among humans and software agentsCheryl E. Martin, Debra Schreckenghost, R. Peter Bonasso, David Kortenkamp, Tod Milam, Carroll Thronesbery. 1062-1063 [doi]
• Simulation of work teams using a multi-agent systemJuan Martínez-Miranda, Arantza Aldea, René Bañares-Alcántara. 1064-1065 [doi]
• Democracy in open agent systemsPeter McBurney, Simon Parsons. 1066-1067 [doi]
• Simulation of economic actors using limitedly rational autonomous agentsFoster McGeary, Keith S. Decker. 1068-1069 [doi]
• Emergent behaviours considered harmfulDana Moore, William Wright. 1070-1071 [doi]
• How to learn to interact?Arnaud Mounier, Olivier Boissier, François Jacquenet. 1072-1073 [doi]
• Towards a motivation-based approach for evaluating goalsStephen J. Munroe, Michael Luck, Mark d Inverno. 1074-1075 [doi]
• Agents and the algebra of emotionSreekanth S. Nemani, Vicki H. Allan. 1076-1077 [doi]
• Improve the service quality of multi-agent system: ontology managementKwun-tak Ng, Qin Lu. 1078-1079 [doi]
• Capturing the quake player: using a BDI agent to model human behaviourEmma Norling. 1080-1081 [doi]
• Communicative acts and interaction protocols in a distributed information systemMariusz Nowostawski, Daniel Carter, Stephen Cranefield, Martin K. Purvis. 1082-1083 [doi]
• Advice-exchange in heterogeneous groups of learning agentsLuís Nunes, Eugénio C. Oliveira. 1084-1085 [doi]
• Overcoming agent delusionOlayide Olorunleke, Gordon I. McCalla. 1086-1087 [doi]
• SenToy: a tangible interface to control the emotions of a synthetic characterAna Paiva, Ricardo Chaves, Moisés Piedade, Adrian Bullock, Gerd Andersson, Kristina Höök. 1088-1089 [doi]
• A preliminary taxonomy of multi-agent interactionsH. Van Dyke Parunak, Sven Brueckner, Mitchell Fleischer, James Odell. 1090-1091 [doi]
• How to calm hyperactive agentsH. Van Dyke Parunak, Sven Brueckner, Robert S. Matthews, John A. Sauter. 1092-1093 [doi]
• A prototype multiAgent network security systemTaraka Pedireddy, José M. Vidal. 1094-1095 [doi]
• Applying genetic programming to economic mechanism design: evolving a pricing rule for a continuous double auctionSteve Phelps, Peter McBurney, Simon Parsons, Elizabeth Sklar. 1096-1097 [doi]
• Gestural mind markers in ECAsIsabella Poggi, Catherine Pelachaud, Emanuela Magno Caldognetto. 1098-1099 [doi]
• An exploration of bugs and debugging in multi-agent systemsDavid Poutakidis, Lin Padgham, Michael Winikoff. 1100-1101 [doi]
• The complexity of multiagent systems: the price of silenceZinovi Rabinovich, Claudia V. Goldman, Jeffrey S. Rosenschein. 1102-1103 [doi]
• Efficient meta-level control in bounded-rational agentsAnita Raja, Victor R. Lesser. 1104-1105 [doi]
• A decision making procedure for collaborative planningTimothy W. Rauenbusch, Barbara J. Grosz. 1106-1107 [doi]
• LEOPARD: a .net based agent architectureAnnya Réquilé-Romanczuk, Christine Mingins, Brian Yap, Olivier Constant. 1108-1109 [doi]
• An overview of coaching with limitationsPatrick Riley, Manuela M. Veloso. 1110-1111 [doi]
• Argument transformation for growing agents with mobilityHajime Sawamura, Wataru Kawakami, Yuichi Umeda. 1112-1113 [doi]
• Selecting service providers from noisy reputationsSandip Sen, Neelima Sajja. 1114-1115 [doi]
• Integrating evolutionary computing and the SADDE methodologyCarles Sierra, Jordi Sabater, Jaume Agustí-Cullell, Pere Garcia. 1116-1117 [doi]
• Agents for education: when too much intelligence is a bad thingElizabeth Sklar. 1118-1119 [doi]
• A learning-based coalition formation model for multiagent systemsLeen-Kiat Soh, Xin Li. 1120-1121 [doi]
• Combining individual and cooperative learning for multi-agent negotiationsLeen-Kiat Soh, Juan Luo. 1122-1123 [doi]
• Modelling the collaborative mission planning process using dynamic teamwork structuresSusannah Soon, Adrian R. Pearce, Max Noble. 1124-1125 [doi]
• A policy based framework for agents: on the specification of an agent policy language including roles, relationships, conversation patterns and co-operation patternsChristos Stergiou, Geert Arys, Michael Wooldridge. 1126-1127 [doi]
• Design of an agent-based middleware for job matchmaking in teleworking communityKenji Sugawara, Yang Yu, Brian Ragsdale, Hideki Hara, Tetsuo Kinoshita. 1128-1129 [doi]
• Learning implicit resource relationships from past plans in multi-agent systemsToshiharu Sugawara, Satoshi Kurihara, Osamu Akashi. 1130-1131 [doi]
• Toward DAML-based policy enforcement for semantic data transformation and filtering in multi-agent systemsNiranjan Suri, Jeffrey M. Bradshaw, Andrzej Uszok, Maggie R. Breedy, Marco M. Carvalho, Paul T. Groth, Renia Jeffers, Matt Johnson, Shriniwas Kulkarni, James Lott, Mark H. Burstein, Brett Benyo, David J. Diller. 1132-1133 [doi]
• Agent driven policy management for securing open servicesJuan Jim Tan, Stefan Poslad, Leonid Titkov. 1134-1135 [doi]
• Ontology mediation in heterogeneous venue servicesJuan Jim Tan, Stefan Poslad, Leonid Titkov. 1136-1137 [doi]
• Privacy conscious brokering in personalised location-aware applicationsLeonid Titkov, Stefan Poslad. 1138-1139 [doi]
• Expectation: the logic of flexible motivationBình Vu Trân, James Harland, Margaret Hamilton. 1140-1141 [doi]
• Collectives for multiple resource job scheduling across heterogeneous serversKagan Tumer, John W. Lawson. 1142-1143 [doi]
• Implementation and evaluation of active agent repository for dynamic networkingTakahiro Uchiya, Takuo Suganuma, Tetsuo Kinoshita, Norio Shiratori. 1144-1145 [doi]
• Architecture evaluation of an agent-based music gathering applicationAlbert J. N. van Breemen, Loe M. G. Feijs. 1146-1147 [doi]
• Ignore at your peril - towards a logic for ignoranceWiebe van der Hoek, Alessio Lomuscio. 1148-1149 [doi]
• Expressive global protocols via logic-based electronic institutionsWamberto Weber Vasconcelos. 1150-1151 [doi]
• Teambotica: a robotic framework for integrated teaming, tasking, networking, and controlRégis Vincent, Pauline Berry, Andrew Agno, Charlie Ortiz, David E. Wilkins. 1152-1153 [doi]
• Towards deception in agentsDerrick Ward, Henry Hexmoor. 1154-1155 [doi]
• Synchronous versus asynchronous collaboration in situated multi-agent systemsDanny Weyns, Tom Holvoet. 1156-1157 [doi]
• Distributed breakout algorithm for distributed constraint optimization problems -- DBArelaxLars Wittenburg, Weixiong Zhang. 1158-1159 [doi]
• Design considerations for multiagent systems on very small platformsWilliam Wright, Dana Moore. 1160-1161 [doi]
• Organizational patterns for data management in large-scale distributed multiagent systemsWilliam Wright, Dana Moore, Michael Thome. 1162-1163 [doi]
• Group formation with split rule in social dilemmasTomohisa Yamashita, Koichi Kurumatani, Robert L. Axtell, Azuma Ohuchi. 1164-1165 [doi]
• Formal semantics and communication strategies for proactive information delivery among team-based agentsJohn Yen, Xiaocong Fan, Shuang Sun, Rui Wang, Cong Chen, Kaivan Kamali, Michael S. Miller, Richard A. Volz. 1166-1167 [doi]
• Ladders of success: an empirical approach to trustPinar Yolum, Munindar P. Singh. 1168-1169 [doi]
• Efficient ordering and parameterization of multi-linked negotiationXiaoqin Zhang, Victor R. Lesser, Sherief Abdallah. 1170-1171 [doi]
• A multi-leveled negotiation frameworkXiaoqin Zhang, Victor R. Lesser, Thomas Wagner. 1172-1173 [doi]
• A formal specification language for agent-oriented software engineeringHong Zhu. 1174-1175 [doi]